3. How much energy, in kilojoules, did the water lose in the experiment in # 4? (Use q = (m)(c)(AT) and then convert joules to kilojoules.) %3D

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3. How much energy, in kilojoules, did the water lose in the experiment in #4?
(Use q (m)(c)(AT) and then convert joules to kilojoules.)
%3D
Transcribed Image Text:3. How much energy, in kilojoules, did the water lose in the experiment in #4? (Use q (m)(c)(AT) and then convert joules to kilojoules.) %3D
3) SOLUTION 20, NH4 03 (20°c) + 100g Hz0 (20° C)
šolve for
N: 2* 4 0067
a8.0134
4.C313し
209 *
: 0.25 mol
10.04476 9
49
Or 422 5 J
q. : (0 25 mol)(as.09 xl/mol) : 6.4215 *J
9:: meAT sier
502.08 Te - 10041.6
: (:20 g) (4.184 Jg°E) ( T# -20°c)
tpht 22 . 51 + 508 08 TE
10041.4 0
502 TE
10041.6 - 6 422.5
TE = 7.21° C
502
Transcribed Image Text:3) SOLUTION 20, NH4 03 (20°c) + 100g Hz0 (20° C) šolve for N: 2* 4 0067 a8.0134 4.C313し 209 * : 0.25 mol 10.04476 9 49 Or 422 5 J q. : (0 25 mol)(as.09 xl/mol) : 6.4215 *J 9:: meAT sier 502.08 Te - 10041.6 : (:20 g) (4.184 Jg°E) ( T# -20°c) tpht 22 . 51 + 508 08 TE 10041.4 0 502 TE 10041.6 - 6 422.5 TE = 7.21° C 502
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